Boca Raton / Chernobyl / Aiken / Springer / Chen / New York / Elmsford / Brockport / Washington / DC / Elsiever / Publishers / Faust / Rep. / Hanford / Hoboken / Mountain / Middletown / /
Company
Marcel Dekker Inc. / Related Methods of Nuclear Waste Management / Los Alamos National Laboratory / Linde / Pergamon Press / CRC Press / Westinghouse Savannah River Co. / Brookhaven National Laboratory / Ames / Chemical Separation Technologies / /
Country
Netherlands / United States / United Kingdom / China / /
Currency
USD / /
Event
Product Issues / /
Facility
University of Reading / Los Alamos National Laboratory / University of Massachusetts Nanoscale Science / Unit II reactor / Rocky Flats Plant / Three Mile Island Nuclear Station / /
IndustryTerm
nuclear waste management / metal contaminants / final cemented products / oil / conventional technology / chemical inertness / benign natural product / environmental applications / separation technologies / cement results / Cement immobilizing radioactive waste / alkaline waste solutions / technology base / Industrial applications / health food / spent ion exchange media / pozzolan cement / metal removal / remediation tool / cement / reasonable chemical stability / alkaline waste supernatant solutions / chemical and structural features make / gas separations / nuclear waste processing / /
NaturalFeature
Yucca Mountain / /
Organization
University of Massachusetts / International Committee on Natural Zeolites / University of Reading / International Atomic Energy Agency / British Society of Soil Science / United States Atomic Energy Commission / North Atlantic Treaty Organization / U.S. Nuclear Regulatory Commission / United States Nuclear Regulatory Commission / /
Person
Ion Exchangers / Ming / Allen / /
Position
P. Workman / General / /
Product
soil / /
ProvinceOrState
New Jersey / Nevada / New York / Washington / South Dakota / Pennsylvania / South Carolina / Florida / Arizona / /
Potential Nano-Enabled Environmental Applications for Radionuclides